Contemporary philippine arts from the regions_PPT_Module_12 [Autosaved] (1).pptx
STEM Programs for Children
1. Successful STEM
Programs for Children
Presented by
Karyn Dombrosky (Palm Beach County Library System)
Cicely Douglas (Palm Beach County Library System)
Katherine Kastanis (Dunedin Public Library)
2. What is STEM?
Science
• Biology
• Chemistry
• Anatomy
• Archaeology
Technology
• Batteries
• Circuits
• Electromagnets
Engineering
• Building
• Robotics
• Density
Math
• Probability
• Geometry
• Measurement
• Money
4. Why focus on STEM?
Practice
Comprehension
CommunicationEngage
Confidence
5. Fastest growing occupations from 2008-2018.
U.S. Department of Labor
Biomedical engineers
Network systems and data communications analysts
Home health aides
Personal and home care aides
Financial examiners
Medical scientists
Physical assistants
Skin care specialists
Biochemists and biophysicists
Athletic trainers
10. Planning Programs
Once per week- 1 Theme per Week
45 - 60 minutes long
Gather additional staff/ Teen Volunteers if needed
Register to capacity (depending on supplies/ space)
Waiting List for multiple week programs- call if attendance wanes
Standby for 1 time only programs
Plan and practice experiments
Gather Materials
Write Plan
Arrange space
12. Implementing Programs
Have all children sit down on the floor for instructions.
Teach and implement only one experiment at a time.
Teach topic using your most comfortable method:
use props; read book; go over charts; show short film or stream video
Use every resource you can find: books; movies; websites; people; objects
Utilize teen volunteers to help the kids with the experiments.
Don’t be afraid to look silly. Plan your best, and you’ll be your best.
13. Examples of Experiments (5-8 year olds)
A. Carbon dioxide gas (soda)
B. Chemical reactions (baking soda/ vinegar)
C. Dancing raisins (club soda/ raisins)
D. Geyser (wint-o-green lifesavers/ cola)
E. Diffusion (perfume/ diffusion circles)
F. Polymers (liquid glue/ liquid starch)
G. Inertia (quarter on elbow/ bag/
row of checkers)
14. Chemistry Experiment
Polymers: Long chains of tiny molecules
Some examples of polymers include plastic and silly putty.
Polymer experiment #1 (slime):
1. Give each child a small cup.
2. Have each child pour a little bit of (2 parts) cornstarch into the cup.
3. Have each child slowly add water (1 part), mixing as they go.
4. The children can keep mixing, noticing that the slime will keep going from liquid to solid.
15. Chemistry Experiment
Polymer experiment #2 (slime):
1. Give each child a small cup.
2. Have each child pour equal parts liquid school glue and liquid starch into the cup.
3. Have the children mix until the liquids become a solid, blue glop.
4. Have the children transfer their glop into a plastic sandwich bag to take home.
16. Physics Experiment
Inertia:
An object at rest stays at rest and an object in motion stays in motion unless a force
changes this.
Inertia experiment #1:
1. Give each child a quarter or a checker.
2. Have each child place the quarter on his/her elbow with wrist facing up.
3. Each child should try to catch the quarter in their hand. The quarter stays in the air until
gravity pushes it down, so the child has time to catch it.
17. Physics Experiment
Inertia experiment #2:
1. Give each child an open plastic bag filled with “stuff”.
2. Have each child swing the bag upside down again and again. Nothing will fall out of the bag
as long as the child doesn’t stop swinging.
20. Ages 8-11
Challenge them
Start with a brief introduction
Have several tables set up as different activity stations
Create worksheets for each station
21. Examples of Experiments (8-12 year olds)
A. Archaeology (garbology)
B. Biology (gelatin cell)
C. Physics (paper airplanes)
D. Math (Probability)
E. Marine Biology (density/salinity)
F. Earth Science (earthquakes)
G. Measurement (weight, length, volume)
22. Garbology
Each bag is labeled and represents a specific site.
Each group is to look at the pictures in the bag and try to determine information
about the site.
The bags may represent an individual or a place.
Give each group approx. five minutes to discuss and determine information
about the site.
After everyone has had the opportunity to discuss the site, prompt them with
questions about the contents.
Don’t let them get discouraged by their answer being different from yours or
from each others. Archaeologists deal with this all the time.
37. Thank you
Cicely Douglas
Palm Beach County Library System
DouglasC@pbclibrary.org
KarynDombrosky
Palm Beach County Library System
DombroskyK@pbclibrary.org
Katherine Kastanis
Dunedin Public Library
KKastanis@dunedinfl.net
Editor's Notes
STEM is an acronym for Science, Technology, Engineering and Math. According to the American Association for the Advancement of Science (AAAS) a scientifically literate person has a broad and functional understanding of science and the natural world and is aware of the interdependence of math, technology, and science; and understands how science and society interact (AAAS, 1989).It is a way of looking at the world that allows for connection, responsibility and innovation. The core of STEM education encourages the 4Cs: Communication, Collaboration, Critical Thinking and Creativity.
PracticeComprehensionEngageConfidenceCritical ThinkingCommunication, Collaboration, Critical Thinking and Creativity
I like to go over their heads a bitThe older kids may understand, but some of the younger kids may be a little confused, but they benefit because 1) it will be familiar and easier to approach when they’re older 2)just because they don’t “get” it doesn’t mean they cant enjoy it.
Garbology – study of refuse. You can learn a lot about a culture’s life through the things they throw away. I create paper bags with picture and they have to decide as a group the “site” that it came from.Biology – Understand human cells. jello represents plasma, ziplock bag represents the cell wall, gummy bear=nucleus, organelles, proteins, etc.Physics – showed basics of building paper airplanes, they all made their own, decorate it, and tested to see how they can make theirs faster.Math – I designed a probability wheel and turned my program into a gameshow. Everyone had an opportunity to guess the color the wheel would be. If they guessed right, they had to tell me the probability of their answer before they got their prize.Marine biology – experiments involved the difference between saltwater and freshwater. Items in the saltwater would float, and freshwater would sink.Earth Science – Break a graham cracker and put it on top of jello showing the different ways the earth moves in an earthquake.Measurement – different ways items can be measured.
You will need to do some pre-planningDecide on what you want your sites to be and then you will need to decide on how you will represent your site. If you choose to represent your sites through pictures, it will be relatively easy to find images to represent your site. If you choose to represent your sites through objects, it will be a bit more time consuming and even difficult depending on what you are using. But (depending on your library’s rules) you can always reach out to staff and the community for donations of objects. Materials:Lunch bagsSite materialsGarbology is the study of garbage.It had originally been created by University Students as a project 40 years ago. It is relatively young as a discipline.Archaeologists study garbage to detect the patters of trash usage in order to learn information about that society. The great thing about this exercise is that you can make it your own. You can use scraps of real objects, or print pictures. For the older kids you could even tear pictures in half, and confuse them with anomalies like putting information that belongs in one site, into a different bag and teach them about ways that sites can be related.